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The client guarantees that unsupported kinds will be handled, and in
practice some clients, such as Sublime's LSP plugin, use
`"codeActionKind":{"valueSet":[]}`, since they support all kinds anyway.
This behaviour was also clarified in a [spec issue
report](https://github.com/Microsoft/language-server-protocol/issues/620)
where it was confirmed the server can send any actions it wants. It
seems preferable to ignore it.
247 lines
11 KiB
Swift
247 lines
11 KiB
Swift
//===----------------------------------------------------------------------===//
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//
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// This source file is part of the Swift.org open source project
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//
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// Copyright (c) 2014 - 2019 Apple Inc. and the Swift project authors
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// Licensed under Apache License v2.0 with Runtime Library Exception
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//
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// See https://swift.org/LICENSE.txt for license information
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// See https://swift.org/CONTRIBUTORS.txt for the list of Swift project authors
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//
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//===----------------------------------------------------------------------===//
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import LanguageServerProtocol
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import SKTestSupport
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import SourceKit
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import XCTest
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final class CodeActionTests: XCTestCase {
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typealias CodeActionCapabilities = TextDocumentClientCapabilities.CodeAction
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typealias CodeActionLiteralSupport = CodeActionCapabilities.CodeActionLiteralSupport
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typealias CodeActionKindCapabilities = CodeActionLiteralSupport.CodeActionKind
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private func clientCapabilitiesWithCodeActionSupport() -> ClientCapabilities {
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var documentCapabilities = TextDocumentClientCapabilities()
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var codeActionCapabilities = CodeActionCapabilities()
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let codeActionKinds = CodeActionKindCapabilities(valueSet: [.refactor, .quickFix])
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let codeActionLiteralSupport = CodeActionLiteralSupport(codeActionKind: codeActionKinds)
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codeActionCapabilities.codeActionLiteralSupport = codeActionLiteralSupport
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documentCapabilities.codeAction = codeActionCapabilities
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return ClientCapabilities(workspace: nil, textDocument: documentCapabilities)
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}
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private func refactorTibsWorkspace() throws -> SKTibsTestWorkspace? {
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let capabilities = clientCapabilitiesWithCodeActionSupport()
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return try staticSourceKitTibsWorkspace(name: "SemanticRefactor", clientCapabilities: capabilities)
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}
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func testCodeActionResponseLegacySupport() {
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let command = Command(title: "Title", command: "Command", arguments: [1, "text", 2.2, nil])
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let codeAction = CodeAction(title: "1")
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let codeAction2 = CodeAction(title: "2", command: command)
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var capabilities: TextDocumentClientCapabilities.CodeAction
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var capabilityJson: String
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var data: Data
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var response: CodeActionRequestResponse
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capabilityJson =
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"""
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{
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"dynamicRegistration": true,
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"codeActionLiteralSupport" : {
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"codeActionKind": {
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"valueSet": []
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}
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}
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}
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"""
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data = capabilityJson.data(using: .utf8)!
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capabilities = try! JSONDecoder().decode(TextDocumentClientCapabilities.CodeAction.self,
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from: data)
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response = .init(codeActions: [codeAction, codeAction2], clientCapabilities: capabilities)
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let actions = try! JSONDecoder().decode([CodeAction].self, from: JSONEncoder().encode(response))
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XCTAssertEqual(actions, [codeAction, codeAction2])
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capabilityJson =
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"""
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{
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"dynamicRegistration": true
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}
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"""
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data = capabilityJson.data(using: .utf8)!
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capabilities = try! JSONDecoder().decode(TextDocumentClientCapabilities.CodeAction.self,
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from: data)
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response = .init(codeActions: [codeAction, codeAction2], clientCapabilities: capabilities)
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let commands = try! JSONDecoder().decode([Command].self, from: JSONEncoder().encode(response))
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XCTAssertEqual(commands, [command])
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}
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func testCodeActionResponseIgnoresSupportedKinds() {
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// The client guarantees that unsupported kinds will be handled, and in
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// practice some clients use `"codeActionKind":{"valueSet":[]}`, since
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// they support all kinds anyway. So to avoid filtering all actions, we
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// ignore the supported kinds.
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let unspecifiedAction = CodeAction(title: "Unspecified")
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let refactorAction = CodeAction(title: "Refactor", kind: .refactor)
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let quickfixAction = CodeAction(title: "Quickfix", kind: .quickFix)
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let actions = [unspecifiedAction, refactorAction, quickfixAction]
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var capabilities: TextDocumentClientCapabilities.CodeAction
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var capabilityJson: String
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var data: Data
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var response: CodeActionRequestResponse
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capabilityJson =
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"""
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{
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"dynamicRegistration": true,
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"codeActionLiteralSupport" : {
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"codeActionKind": {
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"valueSet": ["refactor"]
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}
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}
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}
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"""
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data = capabilityJson.data(using: .utf8)!
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capabilities = try! JSONDecoder().decode(TextDocumentClientCapabilities.CodeAction.self,
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from: data)
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response = .init(codeActions: actions, clientCapabilities: capabilities)
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XCTAssertEqual(response, .codeActions([unspecifiedAction, refactorAction, quickfixAction]))
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capabilityJson =
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"""
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{
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"dynamicRegistration": true,
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"codeActionLiteralSupport" : {
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"codeActionKind": {
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"valueSet": []
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}
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}
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}
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"""
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data = capabilityJson.data(using: .utf8)!
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capabilities = try! JSONDecoder().decode(TextDocumentClientCapabilities.CodeAction.self,
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from: data)
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response = .init(codeActions: actions, clientCapabilities: capabilities)
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XCTAssertEqual(response, .codeActions([unspecifiedAction, refactorAction, quickfixAction]))
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}
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func testCodeActionResponseCommandMetadataInjection() {
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let url = URL(fileURLWithPath: "/a.swift")
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let textDocument = TextDocumentIdentifier(url)
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let expectedMetadata: LSPAny = {
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let metadata = SourceKitLSPCommandMetadata(textDocument: textDocument)
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let data = try! JSONEncoder().encode(metadata)
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return try! JSONDecoder().decode(LSPAny.self, from: data)
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}()
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XCTAssertEqual(expectedMetadata, .dictionary(["sourcekitlsp_textDocument": ["uri": "file:///a.swift"]]))
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let command = Command(title: "Title", command: "Command", arguments: [1, "text", 2.2, nil])
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let codeAction = CodeAction(title: "1")
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let codeAction2 = CodeAction(title: "2", command: command)
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let request = CodeActionRequest(range: Position(line: 0, utf16index: 0)..<Position(line: 1, utf16index: 1),
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context: .init(diagnostics: [], only: nil),
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textDocument: textDocument)
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var response = request.injectMetadata(toResponse: .commands([command]))
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XCTAssertEqual(response,
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.commands([
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Command(title: command.title,
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command: command.command,
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arguments: command.arguments! + [expectedMetadata])
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])
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)
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response = request.injectMetadata(toResponse: .codeActions([codeAction, codeAction2]))
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XCTAssertEqual(response,
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.codeActions([codeAction,
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CodeAction(title: codeAction2.title,
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command: Command(title: command.title,
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command: command.command,
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arguments: command.arguments! + [expectedMetadata]))
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])
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)
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response = request.injectMetadata(toResponse: nil)
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XCTAssertNil(response)
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}
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func testCommandEncoding() {
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let dictionary: LSPAny = ["1": [nil, 2], "2": "text", "3": ["4": [1, 2]]]
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let array: LSPAny = [1, [2,"string"], dictionary]
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let arguments: LSPAny = [1, 2.2, "text", nil, array, dictionary]
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let command = Command(title: "Command", command: "command.id", arguments: [arguments, arguments])
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let decoded = try! JSONDecoder().decode(Command.self, from: JSONEncoder().encode(command))
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XCTAssertEqual(decoded, command)
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}
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func testEmptyCodeActionResult() throws {
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guard let ws = try refactorTibsWorkspace() else { return }
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let loc = ws.testLoc("sr:foo")
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try ws.openDocument(loc.url, language: .swift)
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let textDocument = TextDocumentIdentifier(loc.url)
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let start = Position(line: 2, utf16index: 0)
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let request = CodeActionRequest(range: start..<start, context: .init(), textDocument: textDocument)
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let result = try ws.sk.sendSync(request)
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XCTAssertEqual(result, .codeActions([]))
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}
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func testSemanticRefactorLocalRenameResult() throws {
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guard let ws = try refactorTibsWorkspace() else { return }
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let loc = ws.testLoc("sr:local")
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try ws.openDocument(loc.url, language: .swift)
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let textDocument = TextDocumentIdentifier(loc.url)
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let request = CodeActionRequest(range: loc.position..<loc.position, context: .init(), textDocument: textDocument)
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let result = try ws.sk.sendSync(request)
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XCTAssertEqual(result, .codeActions([]))
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}
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func testSemanticRefactorLocationCodeActionResult() throws {
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guard let ws = try refactorTibsWorkspace() else { return }
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let loc = ws.testLoc("sr:string")
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try ws.openDocument(loc.url, language: .swift)
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let textDocument = TextDocumentIdentifier(loc.url)
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let request = CodeActionRequest(range: loc.position..<loc.position, context: .init(), textDocument: textDocument)
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let result = try ws.sk.sendSync(request)
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let expectedCommandArgs: LSPAny = ["actionString": "source.refactoring.kind.localize.string", "positionRange": ["start": ["character": 43, "line": 1], "end": ["character": 43, "line": 1]], "title": "Localize String", "textDocument": ["uri": .string(loc.url.absoluteString)]]
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let metadataArguments: LSPAny = ["sourcekitlsp_textDocument": ["uri": .string(loc.url.absoluteString)]]
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let expectedCommand = Command(title: "Localize String",
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command: "semantic.refactor.command",
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arguments: [expectedCommandArgs] + [metadataArguments])
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let expectedCodeAction = CodeAction(title: "Localize String",
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kind: .refactor,
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command: expectedCommand)
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XCTAssertEqual(result, .codeActions([expectedCodeAction]))
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}
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func testSemanticRefactorRangeCodeActionResult() throws {
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guard let ws = try refactorTibsWorkspace() else { return }
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let rangeStartLoc = ws.testLoc("sr:extractStart")
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let rangeEndLoc = ws.testLoc("sr:extractEnd")
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try ws.openDocument(rangeStartLoc.url, language: .swift)
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XCTAssertEqual(rangeStartLoc.url, rangeEndLoc.url)
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let textDocument = TextDocumentIdentifier(rangeStartLoc.url)
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let request = CodeActionRequest(range: rangeStartLoc.position..<rangeEndLoc.position, context: .init(), textDocument: textDocument)
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let result = try ws.sk.sendSync(request)
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let expectedCommandArgs: LSPAny = ["actionString": "source.refactoring.kind.extract.function", "positionRange": ["start": ["character": 21, "line": 1], "end": ["character": 27, "line": 2]], "title": "Extract Method", "textDocument": ["uri": .string(rangeStartLoc.url.absoluteString)]]
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let metadataArguments: LSPAny = ["sourcekitlsp_textDocument": ["uri": .string(rangeStartLoc.url.absoluteString)]]
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let expectedCommand = Command(title: "Extract Method",
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command: "semantic.refactor.command",
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arguments: [expectedCommandArgs] + [metadataArguments])
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let expectedCodeAction = CodeAction(title: "Extract Method",
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kind: .refactor,
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command: expectedCommand)
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XCTAssertEqual(result, .codeActions([expectedCodeAction]))
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}
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}
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